Rosenxt Launched New Subsea Inspection Services
The company has expanded its portfolio by integrating autonomous technology following two key acquisitions.
Updated on Sept. 30, 2026 in Robotics
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Rosenxt has introduced a new suite of subsea inspection services aimed at enhancing asset integrity management. The platform leverages recent acquisitions of K.U.M. and Zupt to combine autonomous underwater inspection capabilities with advanced data interpretation.
Why it matters
By integrating specialized subsea tech, Rosenxt aims to provide precise information that informs long-term maintenance and asset management decisions for complex underwater infrastructure.
The new platform supports comprehensive subsea assessments, including three-dimensional reconstruction, cathodic protection, and wall-thickness measurements. It utilizes a combination of remotely operated and autonomous underwater systems to survey pipelines and cable routes.
The players
Rosenxt
An industrial company that provides subsea asset inspection services to monitor infrastructure integrity.
K.U.M.
A subsea technology firm that was acquired by Rosenxt to bolster its underwater inspection capabilities.
Zupt
An engineering and technology company specializing in subsea positioning and survey tools that was acquired by Rosenxt.
The details
The service process begins with Rosenxt collaborating with customers to define specific data requirements, creating tailored inspection plans that address unique operational needs. These plans are then executed using autonomous underwater technology to conduct deep-sea surveys and site assessments.
Timeline
September 30, 2026: Official publication regarding the new subsea service launch.
The Tech Race
This development reflects a broader industry trend of integrating autonomous underwater vehicle inspection protocols into standard asset maintenance routines. By consolidating specialized firms, Rosenxt is positioning itself to compete against integrated service providers in the deep-sea infrastructure market.
Operators of underwater pipelines and cable routes can expect more granular data for their maintenance planning, potentially reducing the need for manual site revisits. The transition to autonomous inspection tools aims to improve the consistency and detail of asset integrity reports.
The takeaway
Reliable data is the foundation of effective maintenance for high-stakes underwater infrastructure. Leveraging autonomous platforms allows operators to move from reactive repairs to predictive maintenance schedules.
Further reading
Learn more about the latest innovations in Robotics.
Source note: This article includes information reported by Hydro-international.
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